.../VO27050/1 hydrogen combustion low-emission combustor turbulence fuel combustion Copyright © 2024 by ASME 2024 0742-4795/2024/146(6)/061006/11/ $25.00 ...

... chemical kinetics fuel combustion modeling jet engines ignition flame speed species profiles To reach the emissions reduction targets as defined in the Paris Agreement, different challenges need to be tackled in many sectors. In this regard, the aviation sector is challenged by the increasing...

... ], industrial combustion systems such as internal combustion engines and gas turbine combustors [ 4 ], and building fires [ 5 ]. Burners Combustion Combustors Computational fluid dynamics Flame Fuel combustion Gas turbine technology Heat transfer Modeling Turbulence Turbulent Unsteady flows...

... emissions. Between these two regions there are competing effects which result in relatively constant NO x . Energy Energy conversion Engines Experimental Fuel combustion Fuels Heat transfer Internal combustion engines Natural gas technology Petroleum engineering Thermodynamics Combustion...

... with a greater lower heating value (LHV) implies that by using NG instead of gasoline, and maintaining the same efficiency, the emitted CO 2 emissions can be reduced by roughly 25%. Combustion Computational fluid dynamics Energy Engines Flame Fuel combustion Fuels Thermodynamics Combustion...

... in Fig. 1 . Reactivity-controlled compression ignition (RCCI) is a dual-fuel combustion mode that uses in-cylinder fuel stratification to dictate the phasing and duration of a kinetically controlled combustion event, which can result in low NO x and soot and improved efficiency relative...

... 22 01 2018 Energy conversion Fuel combustion Heat transfer Internal combustion engines The use of small, remotely piloted aircraft (RPA) is expanding rapidly in the U.S. It is estimated that the industry will grow by nearly 10,000 jobs and $8.2 billion per year through 2025...

... January 9, 2018; published online June 27, 2018. Assoc. Editor: Joseph Zelina. 21 08 2017 09 01 2018 Burners Combustion Combustors Design optimization Flame Fuel combustion Gas turbine technology Sprays Swirling Steady liquid fuel combustion is commonly used in boilers...

... OWER . Manuscript received June 8, 2017; final manuscript received July 5, 2017; published online June 25, 2018. Editor: David Wisler. 08 06 2017 05 07 2017 Combustion Computational Computational fluid dynamics Flame Fuel combustion Gaseous Modeling Modern heavy duty...

... energy sources Combustion Energy Energy conversion Engines Fuel combustion Internal combustion engines Internal flow Power Swirling Thermodynamics Turbulence Turbulent Visualization Co- generation Modern co-generation spark ignition units are one of the most effective technologies...

... Combustion Computational fluid dynamics Fuel combustion Internal combustion engines Swirling Increasingly stringent fuel-economy and emissions standards are compelling significant changes in gasoline-fueled internal combustion engines for automotive applications. Some of the strategies to achieve...

... sources Combustion Energy Engines Experimental Fuel combustion Fuels Infrastructure Internal combustion engines Packed Beds Power systems Combustion Recent concerns regarding climate change and fossil fuel use has led to an increased investigation into biofuel sources...

... the optimal way to use air and water, i.e., matter transfer, in gas-turbine engines that will result in maximum efficiency. Energy systems Combustors Cooling Design optimization Energy Energy conversion Engines Exergy Fuel combustion Gas turbine technology Heat transfer Internal combustion...

... manuscript received August 27, 2017; published online May 29, 2018. Editor: David Wisler. 10 07 2017 27 08 2017 Combustion Energy Fuel combustion Fuels Gaseous Measurement techniques Nonintrusive diagnostics Combustion With interest in future energy sources [ 1...

... Alternative energy sources Pressure vessels analysis Combined Combustion Cooling Environmental Experimental Fluids Fossil power generation Fuel combustion Fuels Gas turbine technology Gaseous Heat transfer Mass Transfer Mixed Process Natural gas technology Packed Beds Participating Media...

.... Editor: David Wisler. This work is in part a work of the U.S. Government. ASME disclaims all interest in the U.S. Government's contributions. 03 11 2017 26 02 2018 Combustion Droplet Engines Evaporation Flame Fuel combustion Power systems Sprays Thermodynamics Vaporization...

... protection in the United States. Approved for public release; distribution is unlimited. 27 09 2017 01 12 2017 Aeronautical propulsion Cooling Energy conversion Fuel combustion Internal combustion engines Measurement techniques Aerospace Propulsion systems Recent estimates...

.... McCormick for helpful discussions toward the modeling and interpretation of the results in this paper. Computational Engines Fuel combustion Fuels Internal combustion engines Modeling Sprays Thermodynamics Combustion Finite fossil fuel resources have encouraged the development...

.... 08 02 2017 21 07 2017 Aerodynamics Computational fluid dynamics Flow induced vibration Fuel combustion Thermoacoustics Flow induced noise A well-known problem of lean premixed combustion of natural gas in gas turbine combustors is the sensitivity to thermoacoustic...

... 2017 Computational fluid dynamics Engines Fuel combustion Internal combustion engines Nowadays, low temperature combustion (LTC) strategy has been extensively investigated due to its potential to lower engine-out emissions, such as soot and NO x [ 1 , 2 ]. First, homogeneous charge...